41 |
Apparatus for impregnating pervious materials |
US68783433 |
1933-09-01 |
US2056308A |
1936-10-06 |
PAUL MELLERIO LUCIEN; FRED RICKS |
|
42 |
Apparatus for saturating absorbent articles |
US64065532 |
1932-11-01 |
US2042676A |
1936-06-02 |
MILLER STUART P |
|
43 |
Saturating fibrous conduit and process of making same |
US61393932 |
1932-05-27 |
US2012968A |
1935-09-03 |
MILLER STUART P |
|
44 |
Method and apparatus for impregnating brake linings |
US50525330 |
1930-12-29 |
US2004267A |
1935-06-11 |
BROCKWAY CARL P |
|
45 |
Method of and system for impregnating articles |
US45951830 |
1930-06-06 |
US1920191A |
1933-08-01 |
FORD BEN K; LAMME MAURICE A |
|
46 |
Silk reed machine |
US48894830 |
1930-10-15 |
US1895997A |
1933-01-31 |
KENNEY EDWARD G |
|
47 |
Liquid applying machine |
US43202630 |
1930-02-28 |
US1870952A |
1932-08-09 |
MICHAEL FREY SEVERN |
|
48 |
Method and means for preparing insulating sleeves |
US13708426 |
1926-09-22 |
US1786549A |
1930-12-30 |
REED THOMAS C; ODELL AUBREY D |
|
49 |
Apparatus for treating fibrous material |
US18002917 |
1917-07-11 |
US1436735A |
1922-11-28 |
STRATFORD FRANK B |
|
50 |
Process of treating fabric |
US12655816 |
1916-10-19 |
US1327904A |
1920-01-13 |
CARTER WILLIAM C |
|
51 |
Improved washing-machine |
US75762D |
|
US75762A |
1868-03-24 |
|
|
52 |
COMPOSITION FOR FIBER ADHESION AND FABRICS USING THE SAME |
US15547494 |
2016-10-04 |
US20180016736A1 |
2018-01-18 |
Gui Hwan OH |
The present invention relates to a composition for fiber adhesion, and more particularly, a composition for fiber adhesion including titanium dioxide, flame retardants, ultraviolet absorbers and heat stabilizers; and coated yarns, fabrics and articles comprising the composition.The present invention can provide a fiber bonding composition with excellent heat shielding property, light shielding property, ultraviolet and infrared reflection characteristics, weather resistance, heat resistance, heat insulation, durability, etc.In addition, the present invention can provide a coating yarn which can be widely used for blinds, shade film, interior materials, etc. because of excellent thermal shielding property, light shielding property, ultraviolet ray and infrared ray reflection property, weather resistance, heat resistance.Furthermore, the present invention can provide a fabric for blind, sunscreen or interiors where it is possible to implement various colors because the fabric is a white color, and the energy can be dramatically reduced because the fabric lowers the indoor temperature and reduces the cooling. |
53 |
TRENCH PROCESS AND APPARATUS FOR DYE REMOVAL FROM DENIM SCRAP |
US09963854 |
2001-09-26 |
US20030056298A1 |
2003-03-27 |
Gary
F.
Hirsch; Robert
T.
Patton; David
M.
Hall |
A trench apparatus and process for liquid treatment of fabric uses a longitudinal trench for holding a treatment liquid. A pull rope, chain, or cable having shackle rings or shackles attached thereto for securing one or more bags to the rope, chain, or cable is positioned for pulling one or more bags containing dyed fabric in a longitudinal direction down the length of the trench. The trench has a liquid treatment zone with a surface level, and the trench includes one or more raised platforms dividing the trench into a plurality of separated treatment vats, the raised platforms having a height extending above said surface level. A conduit communicates from at least one vat to at least one other vat at a level below said surface level for movement of liquid therebetween. A conduit and a pump permits the countercurrent recirculation of treatment liquor within each longitudinal treatment vat. The bags can contain dyed scrap such as denim, and the treatment liquid can be an indigo dye solvent, aqueous reducing solution or aqueous bleach which is optimally a water-soluble quaternary amine catalyst, for example. |
54 |
Recovery of sizes |
US722519 |
1976-09-13 |
US4095947A |
1978-06-20 |
Hans Wolf; Heinz Leitner; Wolfgang Schenk |
Fabrics of which the warp is sized with water-soluble polymers of acrylic acid and/or their alkali metal salts or ammonium salts, are desized by treating the sized fabric with from 30 to 300 percent by weight of water, based on the dry weight of the fabric, and separating the resulting size solution from the fabric. The recovered size solution can be directly re-used for sizing. |
55 |
Apparatus for the wet-treatment of liquid-permeable materials |
US3608340D |
1967-12-01 |
US3608340A |
1971-09-28 |
FLEISSNER HEINZ |
THE PRESENT DISCLOSURE RELATES AN APPARATUS FOR THE WET-TREATMENT, PREFERABLY FOR WASHING AND IMPREGNATING LIQUID-PERMEABLE MATERIALS WHICH CAN BE STRESSED IN THE LENGTHWISE DIRECTION. MORE PARTICULARLY, THE PRESENT DISCLOSURE IS DIRECTED TO AN APPARATUS FOR WASHING AND IMPREGNATING TEXTILE MATERIALS WHEREIN DURING THE TREATMENT PROCESS, ADVANTAGEOUSLY AFTER THE MATERIAL HAS BEEN WETTREATED, SAID MATERIAL IS VACUUM EXTRACTED TO DRAW OFF PARTICLES WHICH HAVE FLOATED ONTO THE TEXTILE MATERIAL DURING SAID TREATMENT PROCESS.
|
56 |
Washing and like treatments of textile fibres and materials |
US3505004D |
1966-04-04 |
US3505004A |
1970-04-07 |
PFEIL ALLAN FREDERICK |
|
57 |
Apparatus for the continuous dyeing of textile fiber materials with a dye liquor |
US49272565 |
1965-10-04 |
US3326022A |
1967-06-20 |
DRAGO SCHIO LEO |
|
58 |
Perforated drum material treatment device having a plurality of treatment zones |
US6515960 |
1960-10-26 |
US3098371A |
1963-07-23 |
GEROLD FLEISSNER |
|
59 |
Apparatus for processing cord |
US53412744 |
1944-05-04 |
US2381398A |
1945-08-07 |
BOSOMWORTH GEORGE P |
|
60 |
Apparatus for making tubing |
US44233442 |
1942-05-09 |
US2338266A |
1944-01-04 |
SKONING JOHN H S |
|